def __init__(self, value, unit):
super(LuminousIntensity, self).__init__(value, unit)
# Candela
new_unit = UnitOfMeasure('cd', lambda x: x, lambda y: y)
new_unit.addAlias('candela')
self.registerUnitOfMeasure(new_unit)
def __init__(self, value, unit):
super(Acceleration, self).__init__(value, unit)
# meters per second squared
new_unit = UnitOfMeasure('m/s^2', lambda x: x, lambda y: y)
new_unit.addAlias('meters per second squared')
self.registerUnitOfMeasure(new_unit)
def __init__(self, value, unit):
super(Acceleration, self).__init__(value, unit)
# meters per second squared
new_unit = UnitOfMeasure(
'm/s^2',
lambda x: x,
lambda y: y)
new_unit.addAlias('meters per second squared')
self.registerUnitOfMeasure(new_unit)
def __init__(self, value, unit):
super(ElectricCurrent, self).__init__(value, unit)
# Ampere
new_unit = UnitOfMeasure('A', lambda x: x, lambda y: y)
new_unit.addAlias('amp')
new_unit.addAlias('amps')
new_unit.addAlias('ampere')
new_unit.addAlias('amperes')
self.registerUnitOfMeasure(new_unit)
def __init__(self, value, unit):
super(LuminousIntensity, self).__init__(value, unit)
# Candela
new_unit = UnitOfMeasure(
'cd',
lambda x: x,
lambda y: y
)
new_unit.addAlias('candela')
self.registerUnitOfMeasure(new_unit)
def __init__(self, value, unit):
super(Velocity, self).__init__(value, unit)
# meter per second
new_unit = UnitOfMeasure(
'm/s',
lambda x: x,
lambda y: y
)
new_unit.addAlias('meters per second')
new_unit.addAlias('meter per second')
self.registerUnitOfMeasure(new_unit)
def __init__(self, value, unit):
super(Time, self).__init__(value, unit)
# Second
new_unit = UnitOfMeasure(
's',
lambda x: x,
lambda y: y
)
new_unit.addAlias('second')
new_unit.addAlias('seconds')
self.registerUnitOfMeasure(new_unit)
def __init__(self, value, unit):
super(ElectricCurrent, self).__init__(value, unit)
# Ampere
new_unit = UnitOfMeasure(
'A',
lambda x: x,
lambda y: y
)
new_unit.addAlias('amp')
new_unit.addAlias('amps')
new_unit.addAlias('ampere')
new_unit.addAlias('amperes')
self.registerUnitOfMeasure(new_unit)
def __init__(self, value, unit):
super(Velocity, self).__init__(value, unit)
# meter per second
new_unit = UnitOfMeasure('m/s', lambda x: x, lambda y: y)
new_unit.addAlias('meters per second')
new_unit.addAlias('meter per second')
self.registerUnitOfMeasure(new_unit)
def __init__(self, value, unit):
super(Time, self).__init__(value, unit)
# Second
new_unit = UnitOfMeasure('s', lambda x: x, lambda y: y)
new_unit.addAlias('second')
new_unit.addAlias('seconds')
self.registerUnitOfMeasure(new_unit)
def __init__(self, value, unit):
super(Angle, self).__init__(value, unit)
# Degrees
new_unit = UnitOfMeasure(
u"\u00b0",
lambda x: x,
lambda y: y
)
new_unit.addAlias('deg')
new_unit.addAlias('degs')
new_unit.addAlias('degree')
new_unit.addAlias('degrees')
self.registerUnitOfMeasure(new_unit)
# Radians
new_unit = UnitOfMeasure(
'rad',
lambda x: x * pi / 180,
lambda y: y / pi * 180
)
new_unit.addAlias('rads')
new_unit.addAlias('radian')
new_unit.addAlias('radians')
self.registerUnitOfMeasure(new_unit)
def __init__(self, value, unit):
super(Area, self).__init__(value, unit)
# Meters squared
new_unit = UnitOfMeasure(
'm^2',
lambda x: x,
lambda y: y
)
new_unit.addAlias('m²')
new_unit.addAlias('meter squared')
new_unit.addAlias('meters squared')
self.registerUnitOfMeasure(new_unit)
# Millimeter squared
new_unit = UnitOfMeasure(
'mm^2',
lambda x: x / 1e-6,
lambda y: y * 1e-6,
)
new_unit.addAlias('mm²')
new_unit.addAlias('millimeter squared')
new_unit.addAlias('millimeters squared')
self.registerUnitOfMeasure(new_unit)
# Centimeter squared
new_unit = UnitOfMeasure(
'cm^2',
lambda x: x / 1e-4,
lambda y: y * 1e-4
)
new_unit.addAlias('cm²')
new_unit.addAlias('centimeter squared')
new_unit.addAlias('centimeters squared')
self.registerUnitOfMeasure(new_unit)
# Decimeter squared
new_unit = UnitOfMeasure(
'dm^2',
lambda x: x / 1e-2,
lambda y: y * 1e-2
)
new_unit.addAlias('dm²')
new_unit.addAlias('decimeter squared')
new_unit.addAlias('decimeters squared')
self.registerUnitOfMeasure(new_unit)
# Kilometer squared
new_unit = UnitOfMeasure(
'km^2',
lambda x: x / 1e6,
lambda y: y * 1e6
)
new_unit.addAlias('km²')
new_unit.addAlias('kilometer squared')
new_unit.addAlias('kilometers squared')
self.registerUnitOfMeasure(new_unit)
# Foot squared
new_unit = UnitOfMeasure(
'ft^2',
lambda x: x / 9.290304e-2,
lambda y: y * 9.290304e-2
)
new_unit.addAlias('ft²')
new_unit.addAlias('foot squared')
new_unit.addAlias('feet squared')
self.registerUnitOfMeasure(new_unit)
# Inch squared
new_unit = UnitOfMeasure(
'in^2',
lambda x: x / 6.4516e-4,
lambda y: y * 6.4516e-4
)
new_unit.addAlias('in²')
new_unit.addAlias('inch squared')
new_unit.addAlias('inches squared')
self.registerUnitOfMeasure(new_unit)
# Mile squared
new_unit = UnitOfMeasure(
'mi^2',
lambda x: x / 2.589988e6,
lambda y: y * 2.589988e6
)
new_unit.addAlias('mi²')
new_unit.addAlias('mile squared')
new_unit.addAlias('miles squared')
self.registerUnitOfMeasure(new_unit)
# Yard squared
new_unit = UnitOfMeasure(
'yd^2',
lambda x: x / 8.361274e-1,
lambda y: y * 8.361274e-1
)
new_unit.addAlias('yd²')
new_unit.addAlias('yard squared')
new_unit.addAlias('yards squared')
self.registerUnitOfMeasure(new_unit)
def __init__(self, value, unit):
super(Mass, self).__init__(value, unit)
# Kilogram
new_unit = UnitOfMeasure(
'kg',
lambda x: x,
lambda y: y
)
new_unit.addAlias('kilogram')
new_unit.addAlias('kilograms')
self.registerUnitOfMeasure(new_unit)
# Milligram
new_unit = UnitOfMeasure(
'mg',
lambda x: x / 1e-6,
lambda y: y * 1e-6
)
new_unit.addAlias('milligram')
new_unit.addAlias('milligrams')
self.registerUnitOfMeasure(new_unit)
# Centigram
new_unit = UnitOfMeasure(
'cg',
lambda x: x / 1e-5,
lambda y: y * 1e-5
)
new_unit.addAlias('centigram')
new_unit.addAlias('centigrams')
self.registerUnitOfMeasure(new_unit)
# Gram
new_unit = UnitOfMeasure(
'g',
lambda x: x / 1e-3,
lambda y: y * 1e-3
)
new_unit.addAlias('gram')
new_unit.addAlias('grams')
self.registerUnitOfMeasure(new_unit)
# Tonne (metric)
new_unit = UnitOfMeasure(
't',
lambda x: x / 1e3,
lambda y: y * 1e3
)
new_unit.addAlias('ton')
new_unit.addAlias('tons')
new_unit.addAlias('tonne')
new_unit.addAlias('tonnes')
self.registerUnitOfMeasure(new_unit)
# Pound
new_unit = UnitOfMeasure(
'lb',
lambda x: x / 4.535924e-1,
lambda y: y * 4.535924e-1
)
new_unit.addAlias('lbs')
new_unit.addAlias('pound')
new_unit.addAlias('pounds')
self.registerUnitOfMeasure(new_unit)
# Ounce
new_unit = UnitOfMeasure(
'oz',
lambda x: x / 2.834952e-2,
lambda y: y * 2.834952e-2
)
new_unit.addAlias('ounce')
new_unit.addAlias('ounces')
self.registerUnitOfMeasure(new_unit)
def __init__(self, value, unit):
super(Length, self).__init__(value, unit)
# Meter
new_unit = UnitOfMeasure(
'm',
lambda x: x,
lambda y: y)
new_unit.addAlias('meter')
new_unit.addAlias('meters')
self.registerUnitOfMeasure(new_unit)
# Millimeter
new_unit = UnitOfMeasure(
'mm',
lambda x: x / 0.001,
lambda y: y * 0.001,
)
new_unit.addAlias('millimeter')
new_unit.addAlias('millimeters')
self.registerUnitOfMeasure(new_unit)
# Centimeter
new_unit = UnitOfMeasure(
'cm',
lambda x: x / 0.01,
lambda y: y * 0.01,
)
new_unit.addAlias('centimeter')
new_unit.addAlias('centimeters')
self.registerUnitOfMeasure(new_unit)
# Decimeter
new_unit = UnitOfMeasure(
'dm',
lambda x: x / 0.1,
lambda y: y * 0.1,
)
new_unit.addAlias('decimeter')
new_unit.addAlias('decimeters')
self.registerUnitOfMeasure(new_unit)
# Kilometer
new_unit = UnitOfMeasure(
'km',
lambda x: x / 1000,
lambda y: y * 1000,
)
new_unit.addAlias('kilometer')
new_unit.addAlias('kilometers')
self.registerUnitOfMeasure(new_unit)
# Foot
new_unit = UnitOfMeasure(
'ft',
lambda x: x / 0.3048,
lambda y: y * 0.3048,
)
new_unit.addAlias('foot')
new_unit.addAlias('feet')
self.registerUnitOfMeasure(new_unit)
# Inch
new_unit = UnitOfMeasure(
'in',
lambda x: x / 0.0254,
lambda y: y * 0.0254,
)
new_unit.addAlias('inch')
new_unit.addAlias('inches')
self.registerUnitOfMeasure(new_unit)
# Mile
new_unit = UnitOfMeasure(
'mi',
lambda x: x / 1609.344,
lambda y: y * 1609.344,
)
new_unit.addAlias('mile')
new_unit.addAlias('miles')
self.registerUnitOfMeasure(new_unit)
# Yard
new_unit = UnitOfMeasure(
'yd',
lambda x: x / 0.9144,
lambda y: y * 0.9144,
)
new_unit.addAlias('yard')
new_unit.addAlias('yards')
self.registerUnitOfMeasure(new_unit)
def __init__(self, value, unit):
super(Pressure, self).__init__(value, unit)
# Pascal
new_unit = UnitOfMeasure(
'Pa',
lambda x: x,
lambda y: y
)
new_unit.addAlias('pascal')
self.registerUnitOfMeasure(new_unit)
# Atmosphere
new_unit = UnitOfMeasure(
'atm',
lambda x: x / 101325,
lambda y: y * 101325
)
new_unit.addAlias('atmosphere')
new_unit.addAlias('atmospheres')
self.registerUnitOfMeasure(new_unit)
# Bar
new_unit = UnitOfMeasure(
'bar',
lambda x: x / 1e5,
lambda y: y * 1e5
)
new_unit.addAlias('bar')
self.registerUnitOfMeasure(new_unit)
# Inch of Mercury
new_unit = UnitOfMeasure(
'inHg',
lambda x: x / 3.386389e3,
lambda y: y * 3.386389e3
)
new_unit.addAlias('inches of mercury')
self.registerUnitOfMeasure(new_unit)
# Milimeter of Mercury
new_unit = UnitOfMeasure(
'mmHg',
lambda x: x / 133.3224,
lambda y: y * 133.3224
)
new_unit.addAlias('milimeters of mercury')
new_unit.addAlias('torr')
self.registerUnitOfMeasure(new_unit)
# Pound per Square Inch
new_unit = UnitOfMeasure(
'psi',
lambda x: x / 6.894757e3,
lambda y: y * 6.894757e3
)
new_unit.addAlias('pounds per square inch')
self.registerUnitOfMeasure(new_unit)
def __init__(self, value, unit):
super(Volume, self).__init__(value, unit)
# Cubic meter
new_unit = UnitOfMeasure(
'm^3',
lambda x: x,
lambda y: y
)
new_unit.addAlias('m³')
new_unit.addAlias('cubic meter')
new_unit.addAlias('cubic meters')
self.registerUnitOfMeasure(new_unit)
# Cubic millimeter
new_unit = UnitOfMeasure(
'mm^3',
lambda x: x / 1e-9,
lambda y: y * 1e-9
)
new_unit.addAlias('mm³')
new_unit.addAlias('cubic millimeter')
new_unit.addAlias('cubic millimeters')
self.registerUnitOfMeasure(new_unit)
# Cubic centimeter
new_unit = UnitOfMeasure(
'cm^3',
lambda x: x / 1e-6,
lambda y: y * 1e-6
)
new_unit.addAlias('cm³')
new_unit.addAlias('cubic centimeter')
new_unit.addAlias('cubic centimeters')
self.registerUnitOfMeasure(new_unit)
# Cubic decimeter
new_unit = UnitOfMeasure(
'dm^3',
lambda x: x / 1e-3,
lambda y: y * 1e-3
)
new_unit.addAlias('dm³')
new_unit.addAlias('cubic decimeter')
new_unit.addAlias('cubic decimeters')
self.registerUnitOfMeasure(new_unit)
# Cubic kilometer
new_unit = UnitOfMeasure(
'km^3',
lambda x: x / 1e9,
lambda y: y * 1e9
)
new_unit.addAlias('km³')
new_unit.addAlias('cubic kilometer')
new_unit.addAlias('cubic kilometers')
self.registerUnitOfMeasure(new_unit)
# Cubic foot
new_unit = UnitOfMeasure(
'ft^3',
lambda x: x / 2.831685e-2,
lambda y: y * 2.831685e-2
)
new_unit.addAlias('ft³')
new_unit.addAlias('cubic foot')
new_unit.addAlias('cubic feet')
self.registerUnitOfMeasure(new_unit)
# Cubic inch
new_unit = UnitOfMeasure(
'in^3',
lambda x: x / 1.638706e-5,
lambda y: y * 1.638706e-5
)
new_unit.addAlias('in³')
new_unit.addAlias('cubic inch')
new_unit.addAlias('cubic inches')
self.registerUnitOfMeasure(new_unit)
# Cubic yard
new_unit = UnitOfMeasure(
'yd^3',
lambda x: x / 7.645549e-1,
lambda y: y * 7.645549e-1
)
new_unit.addAlias('yd³')
new_unit.addAlias('cubic yard')
new_unit.addAlias('cubic yards')
self.registerUnitOfMeasure(new_unit)
# Milliliters
new_unit = UnitOfMeasure(
'ml',
lambda x: x / 1e-6,
lambda y: y * 1e-6
)
new_unit.addAlias('milliliter')
new_unit.addAlias('milliliters')
self.registerUnitOfMeasure(new_unit)
# Centiliters
new_unit = UnitOfMeasure(
'cl',
lambda x: x / 1e-5,
lambda y: y * 1e-5
)
new_unit.addAlias('centiliter')
new_unit.addAlias('centiliters')
self.registerUnitOfMeasure(new_unit)
# Deciliter
new_unit = UnitOfMeasure(
'dl',
lambda x: x / 1e-4,
lambda y: y * 1e-4
)
new_unit.addAlias('deciliter')
new_unit.addAlias('deciliters')
self.registerUnitOfMeasure(new_unit)
# Liter
new_unit = UnitOfMeasure(
'l',
lambda x: x / 1e-3,
lambda y: y * 1e-3
)
new_unit.addAlias('liter')
new_unit.addAlias('liters')
self.registerUnitOfMeasure(new_unit)
# Decaliter
new_unit = UnitOfMeasure(
'dal',
lambda x: x / 1e-2,
lambda y: y * 1e-2
)
new_unit.addAlias('decaliter')
new_unit.addAlias('decaliters')
self.registerUnitOfMeasure(new_unit)
# Hectoliter
new_unit = UnitOfMeasure(
'hl',
lambda x: x / 1e-1,
lambda y: y * 1e-1
)
new_unit.addAlias('hectoliter')
new_unit.addAlias('hectoliters')
self.registerUnitOfMeasure(new_unit)
# Cup
new_unit = UnitOfMeasure(
'cup',
lambda x: x / 2.365882e-4,
lambda y: y * 2.365882e-4
)
new_unit.addAlias('cup')
new_unit.addAlias('cups')
self.registerUnitOfMeasure(new_unit)
def __init__(self, value, unit):
super(Pressure, self).__init__(value, unit)
# Pascal
new_unit = UnitOfMeasure('Pa', lambda x: x, lambda y: y)
new_unit.addAlias('pascal')
self.registerUnitOfMeasure(new_unit)
# Atmosphere
new_unit = UnitOfMeasure('atm', lambda x: x / 101325,
lambda y: y * 101325)
new_unit.addAlias('atmosphere')
new_unit.addAlias('atmospheres')
self.registerUnitOfMeasure(new_unit)
# Bar
new_unit = UnitOfMeasure('bar', lambda x: x / 1e5, lambda y: y * 1e5)
new_unit.addAlias('bar')
self.registerUnitOfMeasure(new_unit)
# Inch of Mercury
new_unit = UnitOfMeasure('inHg', lambda x: x / 3.386389e3,
lambda y: y * 3.386389e3)
new_unit.addAlias('inches of mercury')
self.registerUnitOfMeasure(new_unit)
# Milimeter of Mercury
new_unit = UnitOfMeasure('mmHg', lambda x: x / 133.3224,
lambda y: y * 133.3224)
new_unit.addAlias('milimeters of mercury')
new_unit.addAlias('torr')
self.registerUnitOfMeasure(new_unit)
# Pound per Square Inch
new_unit = UnitOfMeasure('psi', lambda x: x / 6.894757e3,
lambda y: y * 6.894757e3)
new_unit.addAlias('pounds per square inch')
self.registerUnitOfMeasure(new_unit)
